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    • 2. 发明申请
    • ELECTROMAGNET AND ELECTROMAGNETIC COIL ASSEMBLY
    • 电磁线圈和电磁线圈总成
    • US20130187736A1
    • 2013-07-25
    • US13825039
    • 2011-09-20
    • Zbyslaw StaniewiczScott ParsonsGary J. Spicer
    • Zbyslaw StaniewiczScott ParsonsGary J. Spicer
    • H01F7/126
    • H01F7/126F16D27/06F16D27/112F16D27/14F16D2027/005F16D2027/008H01F7/081H01F7/1638H01F2007/083
    • An electromagnet may comprise a pole piece (20) and coil assembly (30). The pole piece (20) may be magnetically susceptible and have a channel structure and a first flange member (22). The channel structure may have an annular inner side wall (24), an annular outer side wall (26) and an annular end wall (28) that fixedly couples the inner and outer side walls (24, 26) to one another on a first axial end (27) of the pole piece (20). The channel structure may be open on a second axial end (29) of the pole piece (20) that is opposite the first axial end (27). The first flange member (22) may be coupled to an end of one of the inner and outer side walls (24, 26) on the second axial end (29) and extend in a radial direction of the pole piece (20) towards an interior of the channel structure. The coil assembly (30) may be fixedly coupled to the channel structure between the inner and outer side walls (24, 26).
    • 电磁体可以包括极片(20)和线圈组件(30)。 极片(20)可以是磁敏感的并且具有通道结构和第一凸缘构件(22)。 所述通道结构可具有环形内侧壁(24),环形外侧壁(26)和环形端壁(28),所述环形内侧壁(26)和环形端壁(28)在内部和外侧壁 极片(20)的轴向端(27)。 通道结构可以在极片(20)的与第一轴向端(27)相对的第二轴向端(29)上开口。 第一凸缘构件(22)可以联接到第二轴向端部(29)上的内侧壁和外侧壁(24,26)中的一个的端部,并且在极片(20)的径向方向上朝向 内部通道结构。 线圈组件(30)可以固定地联接到内侧壁和外侧壁(24,26)之间的通道结构。
    • 4. 发明授权
    • Electromagnet and electromagnetic coil assembly
    • 电磁铁和电磁线圈组装
    • US08665046B2
    • 2014-03-04
    • US13825039
    • 2011-09-20
    • Zbyslaw StaniewiczScott ParsonsGary J. Spicer
    • Zbyslaw StaniewiczScott ParsonsGary J. Spicer
    • H01F7/08
    • H01F7/126F16D27/06F16D27/112F16D27/14F16D2027/005F16D2027/008H01F7/081H01F7/1638H01F2007/083
    • An electromagnet may comprise a pole piece (20) and coil assembly (30). The pole piece (20) may be magnetically susceptible and have a channel structure and a first flange member (22). The channel structure may have an annular inner side wall (24), an annular outer side wall (26) and an annular end wall (28) that fixedly couples the inner and outer side walls (24, 26) to one another on a first axial end (27) of the pole piece (20). The channel structure may be open on a second axial end (29) of the pole piece (20) that is opposite the first axial end (27). The first flange member (22) may be coupled to an end of one of the inner and outer side walls (24, 26) on the second axial end (29) and extend in a radial direction of the pole piece (20) towards an interior of the channel structure. The coil assembly (30) may be fixedly coupled to the channel structure between the inner and outer side walls (24, 26).
    • 电磁体可以包括极片(20)和线圈组件(30)。 极片(20)可以是磁敏感的并且具有通道结构和第一凸缘构件(22)。 所述通道结构可具有环形内侧壁(24),环形外侧壁(26)和环形端壁(28),所述环形内侧壁(26)和环形端壁(28)在内部和外侧壁 极片(20)的轴向端(27)。 通道结构可以在极片(20)的与第一轴向端(27)相对的第二轴向端(29)上开口。 第一凸缘构件(22)可以联接到第二轴向端部(29)上的内侧壁和外侧壁(24,26)中的一个的端部,并且在极片(20)的径向方向上朝向 内部通道结构。 线圈组件(30)可以固定地联接到内侧壁和外侧壁(24,26)之间的通道结构。
    • 6. 发明授权
    • Angular position sensor-based engine controller system
    • 基于角位置传感器的发动机控制系统
    • US07188021B2
    • 2007-03-06
    • US11146727
    • 2005-06-07
    • Gary J. SpicerZbyslaw StaniewiczTerry P. Cleland
    • Gary J. SpicerZbyslaw StaniewiczTerry P. Cleland
    • G06F7/70G06F1/00
    • G01D5/145F02D41/009F02D2041/001F02P7/07F02P9/005
    • An engine controller system employs angular position sensors which are operable to very accurately determine the position of rotating engine members. Information about the angular position of the engine members is used to alter operation of the engine for improved efficiency and/or reduced emissions from the engine. The angular position of the crankshaft and camshafts can be determined by affixing a dipole magnet to each of them such that the magnet field of the magnet rotates with the rotating member and then placing a angular position sensor adjacent each rotating member to detect the rotation of each magnetic field. In another embodiment, the angular position of each end of at least one of the rotating members is determined to allow the processor to determine the torsional deflection of the member and the engine controller system is responsive to that determined deflection to further alter operation of the engine.
    • 发动机控制器系统采用角位置传感器,其可操作以非常精确地确定旋转的发动机构件的位置。 关于发动机构件的角位置的信息用于改变发动机的操作,以提高效率和/或减少发动机的排放。 曲柄轴和凸轮轴的角度位置可以通过将偶极子磁体固定到它们中来确定,使得磁体的磁场与旋转构件一起旋转,然后在每个旋转构件附近设置角位置传感器以检测每个旋转构件的旋转 磁场。 在另一个实施例中,至少一个旋转构件的每个端部的角位置被确定为允许处理器确定构件的扭转偏转,并且发动机控制器系统响应该确定的偏转以进一步改变发动机的操作 。
    • 8. 发明申请
    • CLUTCHED DRIVEN DEVICE AND ASSOCIATED CLUTCH MECHANISM
    • 离合器驱动装置和相关离合器机构
    • US20130175134A1
    • 2013-07-11
    • US13812607
    • 2011-08-24
    • Andrew BoyesGary J. Spicer
    • Andrew BoyesGary J. Spicer
    • F16D13/14
    • F16D13/14F16D13/02F16D13/12F16D23/12F16D27/105F16D28/00F16D13/025
    • A clutched driven device (10) having a clutch assembly (16) with a first rotary clutch portion (50), a second rotary clutch portion (52), a bearing (54), a wrap spring (56) and an actuator (60). The first rotary clutch portion has an interior clutch surface (76). The first and second rotary clutch portions are rotatably disposed about a rotary axis (70) of the clutched driven device. The bearing is received between the first and second rotary clutch portions and supports the first rotary clutch portion for rotation on the second rotary clutch portion. The wrap spring is disposed radially inwardly of the bearing and has a plurality of helical coils (114) that are received against the interior clutch surface. The actuator is configured to selectively initiate coiling of the wrap spring to cause the helical coils of the wrap spring to disengage the interior clutch surface to a predetermined extent.
    • 具有离合器组件(16)的离合器驱动装置(10)具有第一旋转离合器部分(50),第二旋转离合器部分(52),轴承(54),卷绕弹簧(56)和致动器 )。 第一旋转离合器部分具有内部离合器表面(76)。 第一和第二旋转离合器部分围绕离合的被驱动装置的旋转轴线(70)可旋转地设置。 轴承被容纳在第一和第二旋转离合器部分之间并且支撑第一旋转离合器部分以在第二旋转离合器部分上旋转。 卷绕弹簧设置在轴承的径向内侧,并且具有多个被接收抵靠内部离合器表面的螺旋线圈(114)。 致动器被构造成选择性地启动卷绕弹簧的卷绕,以使卷绕弹簧的螺旋线圈将内部离合器表面分离到预定的程度。